In the prior post I discussed risk mitigation strategies, which can reduce the potential impact of risks that haven’t occurred yet. In contrast, risk contingency plans are meant to deal with risks after they have occurred. It is sometimes amusingly referred to as “Plan B” (and “C”, “D”, etc if necessary). Contingency plans answer the question “What will we do if …”.

It can be much easier to create contingency plans in advance because you are not under the stress of the risk having already occurred and you have more time to brainstorm the potential plans. Anticipating risks and having well vetted contingency plans keeps you in control of the project and minimizes “crisis mode”.

Here are a few examples:

If there is a risk of testing taking longer than planned, you can have a list of additional testing resources identified to join the effort if testing falls behind.

If there is a risk of inclement weather disrupting outdoor activities, you can have indoor activities lined up to keep the project moving.

If there is a risk of a key resource leaving the project, you can have a consultant resource procured in advance to step in if needed.

As with all elements of Risk Management, conditions may change over time, so the contingency plans should be revisited on a regular basis to ensure they are still viable.

With your risks identified, prioritized and monitored, it is now time to develop strategies for managing the risks. The first type of strategy is “Risk Mitigation”. These are actions you can take before a risk occurs that can reduce the exposure to the risk. You should “brainstorm” these strategies with the members of the project team you identified in the Risk Management section of your “Project Management Plan” (refer to prior posts on this topic).

There are four mitigation strategies you can employ:

Risk avoidance – this is the most expensive of the risk options. You can spend money or resources to eliminate the risk. An example would be if you have a lesser skilled resource assigned to a task, which raises a risks of on-time completion and/or deliverable quality, you can spend more money for a resource skilled enough to eliminate those risks.

Risk limitation – this is the most common strategy. You take some action to reduce the probability and/or impact of the risk. One example would be if you are concerned about server downtime or performance during peak loads, you can implement redundancy and load-balancing to mitigate this risk.

Risk transference – involves handing off the risk to another (willing) party. Examples are buying insurance, or outsourcing services.

Risk acceptance – if the cost of mitigating the risk outweigh the cost of the risk itself, you may choose to just accept the risk with no mitigation actions. This strategy is typically employed for risks with low probability and/or low impact.

Documenting your mitigation strategies puts you in control of the project. You can manage your risks or they will surely manage you.

In this series Part 1, I addressed Risk Identification. In Part 2, I addressed Risk Probability, Impact and Exposure. In this entry I will discuss the concept of the “Risk Trigger”.

An important aspect of Risk Management is knowing and detecting that the risk has occurred. This is know as a “Risk Trigger”. In some cases it may be obvious. An example of this would be a risk such as “If the project team loses key resource “A”, then the task estimates assigned to “A” will need to be extended which may impact key milestone commitments”. In most cases the PM will know when they have lost a key resource. However, in the case of very large project teams, the key resource may be embedded deep in the project hierarchy, hiding the loss unless there is a communication plan to notify the PM

Your risk triggers must define the method you will use to monitor the risk. For example, if there is a possible change to a government regulation that will impact your project, you can engage your Legal team to monitor the status of this regulation on a regular basis and report any changes directly to the PM.

Here is another example: if there is a risk your server capacity is insufficient to meet peak demand, you might direct your technical team to establish monitors for CPU and disk usage and raise a flag if they are approaching the safe limits.

The lesson here is don’t assume you will just know when a risk has occurred. Define Risk Triggers (even the obvious ones) for all of your risks.

Now that you know your risks, exposures, and when they occur, the next step is to manage them with mitigation and contingency plans. I will tackle these topics in the upcoming posts.

Like this:

After you have identified your risks, the next step is to prioritize them. We do that by assigning a probability rating and an impact rating, then combining the two to determine your exposure (i.e. priority).

The Risk Probability is a measure of the likelihood of the risk occurring. In most cases it is difficult to assign an exact probability. It usually will be sufficient to define probabilities as “High”, “Medium”, and “Low” and define these probabilities as ranges. Here is an example of the ranges I typically use:

High = 70% or greater probability

Medium = between 40 – 69 % probability

Low = less than 40% probability

You can use whatever definition you choose as long as all of the parties helping you assign probability are aware of the defined ranges.

The Risk Impact is a measure of the effect of the Risk occurrence on the schedule, scope, budget and quality of the project. Again, since in most cases this may be difficult to quantify, using ranges represented by “High”, “Medium” and “Low” will suffice. Here is an example of range definitions for Risk Impact:

High = greater than 10% impact on one or more of schedule, scope, budget and quality

Medium = 5-10% impact on one or more of schedule, scope, budget and quality

Low = less than 5% impact on one or more of schedule, scope, budget and quality

The Risk Exposure is a product of both the Risk Probability and the Risk Impact. It is also measured as “High”, “Medium” and “Low” if that is the way you defined the probability and impact. Here is how the Risk Exposure can be determined:

Now that you have your Risk Exposure determined you should monitor and act on them in this order, with the ones rated “High” given the most attention. This will help you allocate your risk management resources appropriately.